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Home arrow Reviews arrow Radeons HD 5770: A Hawk Versus Arctic Ice
Radeons HD 5770: A Hawk Versus Arctic Ice PDF Print
Written by Ivan Todorovic   
Tuesday, 16 March 2010
MSI_R5770_Hawk_PCS_intro2.jpgImageThe Radeon HD 5770 is currently praised as a very good choice in the upper middle class of GPUs, since it provides very good performance in resolutions typical for 20” and 22” monitors at a decent price, which is likely to become the optimal choice for gamers today. We rejoiced to see so many manufacturers coming out with their own models so fast, shunning the referent ATI design in order to create a bit pricier, but faster graphics card to start with, a gain which can be increased even further by overclocking, courtesy of high-quality cooling systems implemented by various manufacturers. We’ve received two very interesting models whose overclock range took us by surprise, both cards sporting great looks and an attractive accompanying bundle.

MSI started a new line of high-end motherboards and graphics cards last year, featuring an attractive appearance and high-quality components. “Big Bang” motherboards and “Lightning” series of graphics cards contain shielded capacitors, coils and other components certified for military use, which means a far higher life expectancy, a wider temperature operation range etc., whereas the graphics cards from this series always had a redesigned and optimized PCB with large and very efficient cooling systems. While all “Lightning” graphics cards have carried Nvidia chips, MSI launched a new “Hawk” series, containing AMD’s “Evergreen” GPU.

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As we already know, Radeons HD 5770 have a GPU clocked at 850 MHz and memory at 1200 MHz. Since GDDR5 chips are implemented, which can transfer four bits of information per clock, this gives an effective clock of 4800 MHz. The memory bus is 128 bits wide, but owing to the GDDR5 memory and its quadruple throughput, the yielded performance is similar to that of GDDR3 memory coupled with a 256-bit bus. HD 5770 also has 800 stream processors, 40 texture and 16 ROP units, while all samples require additional power via the PCI-E 6-pin power connector, although the peak power consumption isn’t exceeding the PCI-E x16 slot power output for more than 30 watts, so the HD 5770s don’t really belong to the high consumption category.

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